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F. A. SWEET AND G. G. IAMIESON.

COALING BARGE.

APPLICATION FILED rmv. 1, 1919.

1,344,459. Patented m 22, 1920.

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, GOALING BARGE. APPUCATION mu) NOV. 1 1919.

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COMING BARGE. APPLICATION HLED no). 1. 1919.

Patented June 22, 1920.

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APPLICATION FILED NOV i, 1919 1 ,344,459 Patented J une 22, 1920.

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FREDERICK A. SWEET, OF SALT LAKE CITY, UTAH, AND GEORGE G. JAMIESON, OF OAKLAND, CALIFORNIA.

COALING-BABGE.

Specification of Letters Patent.

Patented June 22, 1920.

Application filed November 1, 1919. Serial No. 334,988.

To all whom it may concern.-

Be it known that WB,FREDERICK A. SWEET, a citizen of the United States, residing at Salt Lake Git in the county of malt Lake and State of Lltah, and G'EORGE G. JAMIESON, a citizen of the United States, residing at Oakland, in the county of Alameda and State of California, have invented a new and useful Improvement in Cooling-Barges, of which the following is a full, clear, and exact description, reference being had to the accompanying drawings, forming part of this specification, in which Figure l is a plan view, largely diagrammatic, showing a barge equipped with our invention.

Fig. 2 is a side elevation of the some.

Fig. 3 is a view partly in end elevation and partly in transverse vertical section.

Fig. 4 is a plan View partly broken away of the top portion of the tower.

Fig. 5 is a. side elevation of the upper end portion of the tower.

Fig. 6 is a. section on the line, VI--VI of Fig. 3.

Fig. 7 is a Sectional plan view on a larger scale, and showing the means for dumping the skip or hoist.

Fig. 8 is a detail sectional view of one of the clamps for the dumping guide.

Fig. 9 is a section on the line IX--IX of Fig. 8, and V Fig, 10 isa side elevation showing the weighing scale.

()ur invention has relation to barges for voiding ships and is designed to provide a cooling barge having mechanism arranged for quickly and conveniently transshipping coal from the barge to the ship with a minimum of spillage.

)ur invcn tiofi also provides mechanism of this character which is readily adapted to coaliug -ships of dilfcrcnt heights and which is free from swinging booms or bucket can riers overhanging the deck of the ship to be cooled. While the invention has been particulurly designed for the purpose above described, we do not, of course, limit its use to handling coal, as it might be used for transferring other material.

The nature of our invention will be best understood by reference to the accompanying drawings in which we have shown a preferred embodiment thereof and which will now be described, it being premised, however, that various changes can be madein the details of construction, arrangement and combination of the various parts without departing from the spirit and scope of our invention as defined in the appended claims.

In these drawings the numeral 2 designates a cooling bar 3 designates an elevated bridge extending longitudinally of the barge for at least a major ortion of its length, and which is supporte upon suitable frame work 4. This bridge supports the longitudinally extending trolley rail 5 upon which travels a carriage or trolley 6, from which is suspended a grah, bucket 7 of any suitable character. Thee iages may be caused to traverse the rail 5 y any suitable means, such as a cable or a similar flexible member 8, whose ends are connected to opposite sides of the carriage (see Fig. 2) and which is shown as being actuated by a drum 9 driven by an electric motor 10. 11 designates a second electric motor having. a drum 12 around which passes a. cable 13. This cable is looped over suitable sheaves 14 on the trolley 6 and bucket 7, and is dead-ended on the frame at 15, thus providing means for raising and lowering the bucket. A third drum 16 driven by an electric motor 17 ac tuates the cable 18 which is looped over a pulley 18 on the bucket 7 and is also (leadended to the frame at 15 thus providing means whereby the bucket may be opened and closed. Bucket actuating mechanism of this character is in general well known. In the drawings we have shown the three motors 10, l1 and 17 with their drums as being located in a. compartment 2 at one end por tion of the barge.

19 designates a tower structure erected on the barge, preferably at about the central portion thereof, and which is rovided with vertically extending guide rails 20 loosely engaged by suitable shoes 21 of a skip or hoist bucket 22. This skip or hoist bucket is arranged to be raised and lowered by means of a drum 23 (see Fig. 3) actuated by an electric motor 24, and around which passes a cable 25. ,One end of this cable is connected to the skip or hoist bucket and the other end passes upwardly and around a sheave 26 at the upper portion of the tower and thence downwardly to a counterweight 27. This counterweight is provided with guide wheels 28 which engage inclined tracks 29 (see Figs. 3 and 6) on the tower. The counterweight is preferably somewhat heavier than the empty skip or hoist bucket, but somewhat lighter than the filled bucket.

The bucket 22, which travels vertically on the guide rails 20, is arranged to be dumped at any desired height by tipping the bucket or skip over at such an, angle as to permit the contents to flow out of said bucket into the movable and adjustable chute or hopper 30 .now to be described.

This hopper or chute is mounted on suitable guide rails 31 installed in said tower 19, and may be raised to any suitable position, or at any desired height, in said tower by means of the hoisting engine and rope or cable, and may be held in any such position by means of suitable clam ing devices such as presently to be described he hopper or chute 30 is provided at opposite sides with upwardly and laterally grooved trackways 32 which are designed to be engaged by wheels 33 on the hoist or skip bucket 22 in the manner best shown in Fig; 7. As will be readily seen from this figure in connection with Fig. 3, as the bucket or hoist is raised to a position where the wheels 33 enter the trackways 32, the bucket will be tipped, in the manner indicated in the upward dotted position in F ig. 3, to discharge its contents, this discharge being onto any suitable chute, such as indicated at M, which extends into the hatchway of the ship to be coaled. i

In order to hold the dumping chute in the desired vertical position, the frame 30 is provided with suitable clamps. These may consist of the fixed clamp members and the movable jaws 2515 (see Figs. T, R and fl) the latter being engaged by threaded shafts 3T carrying bcvclcd gear wheels 38 which mesh with similar wheels 39 on a transverse shaft 40 carrying a chain wheel 41 over which is looped a chain 42. The chute is raised and lowered by means of a motor 43 actuating a drum 44 around which winds a cable 45. This cable is carried upwardly ovcr suitable guide wheels 46 and thence downwardly to the guide frame to which it is connected.

In operation the clamps are first loosened, the. motor 43 is then operated to raise and lower the chute to the desired )OSltlOlL and the chain 42 is then actuator to set the clamps and lock the frame in the adjusted position.

The bucket 22, when in its lowercd position, rcccives its chargc from thc discharge chute d7 of a hopper 48 arranged at the central portion of the barge in a well at the base of the tower. This hopper in turn receives its charge from the bucket 7. 49 designates a suitable guard for insuring the proper discharge from the chute 47 into the bucket 22.

V e preferably provide means whereby each load of coal taken by the grab bucket 7 will be weighed before being dumped into the hopper 48. For this purpose the track rail 5, where it extends through the tower 19, is provided with a vertically movable section 5 (see Fig. 10) which is suspended by links 50 having lever members 51 which are in turn sus ended from the frame by the links 52. he lever members 51 are arranged to actuate the beams 53 which are, in turn, connected to the scale beam 54. The particular scale mechanism ,herein shown forms no part of our invention, being of a well known character; and we may use any suitable scale mechanism operatively connected to the vertically movable track section 5.

The operation will be readily understood. The coaling barge is brought alongside the ship to be coaled; the hopper or chute 30 is properly adjusted with respect to the best location of the chute 3i; and the bucket T is actuated to pick up and discharge suc cessive loads of coal into the hopper 48, and thence into the skip or hoist 22. The latter, each time it is loaded, is elevated and dumped in the described manner into the chute 34 which, in turn, discharges dircctly into the hold of the ship.

The advantages of our invention will be apparent since it provides a coaling barge in which the entire load of the barge can be readily transferred to a ship by the operation of conveying and hoisting mechanism of simple character. The various motors can be readily controlled in any known manner from the operators cub which is preferably located, as indicated in Fig. 3, on the tower 19. From this position the operator can readily see and control all the operations. The apparatus is free from swinging booms, 'conveyers, or other load carriers which move above the deck of the vessel to be, coaled. This greatly reduces danger of accidents due to spillage and falling lumps of coal, and also reduces to a minimum the spilling of coal onto the deck of the ship. By means of the scale, an accurate record may be kept of the amount of coal delivered. v

The barge may not only be used in the manner described for discharging cargo from the barge to other boats, but may also be used for transferring cargo from boats to a wharf or into railroad cars alongside. l"hcrc are many places where a cargokcarrying ocean steamship cannot come along roceed to the wharf ofwater.

'wha'rf because of insufiicient depth In suchcases our improved barge may be used to great advantage in having a cargo of coal, stone, sand or gravel, or other material, unloaded from the steam- Thebarge can then and its cargo unloaded railroad cars or bunkside a onto the (locker into It will, of course, be underst ed that while we have shown electric mot I'S fOf the pnr ose of operating the moving parts of the ar e, any other suitable power may be em loy d. v

e claim: 1. A coaling barge provided with a longitudinally extending bridge having a track thereon, a trolley mounted for longitudinal movement on said track, a grab bucket carried by said trolley, a tower located at an intermediate portion of the bridge, a skip or hoist bucket mounted for vertical travel in said tower, means for delivering the material from the grab bucket to the. skip on hoisting bucket, and means for dumpin the skip or hoisting bucket when elevate substantially as described.

2. A coaling barge provided with a longi- V tudinally extending bridge having a track tudinally extending -ried by said trolley,

thereon, a trolle mounted for longitudinal movement on said track, a grab bucket carried by said trolley, a tower'located at an intermediate portion of the bridge, a skip or hoist bucket mounted for vertical travel in said tower, means for delivering the material from the grab bucket to the skip or hoisting bucket, and means for dumping the ski or hoisting bucket when elevated, toget or withWmghing means on said bridge, substantially as described. Y

3. A 'coahng barge provided with a longibridge having a track thereon, a trolley mounted for longitudinal movement on said track, a grab bucket cara tower located at an intermediate portion of the bridge, a skip or hoist bucket mounted for vertical travel in said tower, means for delivering materiali from the grab bucket to the skip or hoist bucket, and means for dumping the skip or hoist bucket when elevated, together with means whereby the bucket may be caused to dump a? different heights, substantially as descr bed v 4. The combination of a barge provided with a longitudinal extending structure or bridge having a track thereon, a trolley an ranged. for longitudinal travel on said track, a grab bucket carried y said trolley, a tower located at an intermediate point of said barge and on one side thereof between.

said bridge and the side of said barge, a ship or hoist bucket mounted'pn suitabl'e' tracks for vertical travel in said tower, a

chute for delivering by gravity the material discharged by the grab bucket to the skip or hoisting bucket when in its lowered position, means for elevating said skip or hoist bucket, and means fordumping same, and a movable or adjustable hopper and chute combined in which dumped, said combined hopper or chute being also mounted in said tower or tracks for vertical movement, substantially as described.

5. The combination of a barge, provided with a longitudinally extending bridge having a track thereon, a trolley mounted for longitudinal movement on said track, a gra; bucket suspended from said trolley by mea 5 of flexible cables and carried by said trolley, said track having a vertically movable section, scales connected to said movable track section for weighing said grab bucket, a hop er and chute into which the contents of t e grab bucket is discharged, a tower located at an intermediate point on said bridge and near one side thereof, a skip or hoist bucket mounted in said tower on suitable tracks for vertical travel and arranged when in its lowered osition to receive the material from the c ute into which said grab bucket discharfges; said tower also having another set 0 racks upon which is mounted for vertical travela combination hopper and chute with dumping devices attached thereto and having also means for locking or clamping the same at any desired height in said tower determined upon; said dumping device having means for engaging, tilting and dum ing said ski or hoisting bucket upon its ein elevates-to a hei ht sufficient to engage tliere'with, substantially as described.

6. A barge having a bridge extending lopgitudinall thereof, a track on said br-i ge, track, a tower through which the track extends, said track having a vertically movable section at said tower weighing means connected to said movable track section, hoisting and dtimpingmechanism mounted on the tower, a bucket carried by said trolley, and means for delivering the material to be handled from said bucket to the hoisting and dumping means, substantially as described.

7. A barge having a bridge extending longitudina ly thereof, conveying mechanism arranged to travel on said brid e, a stationary tower located at an internist iate portion of the barge and to the base of which material may be delivered from both end portions of the barge, a hoisting bucket on said tower, and means for dumping said bucket when raised, substantially as described.

8. A bar e having a bridge extending longitudinally thereof, a track on said bridge, a trolley arranged to travel on said ,70 the bucket is.

track, a tower through whichthe track exto be'handled from said bucket to the hoisttends, said track having a vertically movaing and dumping means, substantially as ble section at said tower, Weighing means described. 11; connected to said movable track section, In testimony whereof we have hereunto hoisting and dumping mechanism mounted set pur hands.

0n the tower, a bucket carried b said trol- FREDERICK A. SWEET.

ley, and means for delivering t e material GEORGE G. JAMIESON. 

